// selected work

Web Apps, Mobile Apps, hardware builds & a bit of design

Six projects, from Android apps built with Kivy to an Arduino object detector. Each card links straight to the source on GitHub — or Behance for the design work.

6projects
4platforms — mobile & web
2hardware build
01
01 / 05

Cropsero

Web App · Node.JS & Supabase
HTML CSS JS Node.JS

Cropsero is a web application designed to connect farmers and agricultural buyers through a transparent and efficient digital marketplace. It simplifies the process of discovering, comparing, and trading agricultural produce.

The platform also integrates AI-powered tools to assist farmers with smarter crop management, decision-making, and agricultural insights.

Building a smarter digital ecosystem for agriculture.

02
02 / 05

Geek Notes

Android app · Python & KivyMD
Python Kivy KivyMD Android

A notes app built for VTU engineering students who kept running into the same problem: scattered notes, question papers and lab manuals across a dozen different links. Geek Notes puts all of it — plus a subject-wise video playlist — in one app.

Four screens carry the whole experience: Home (exam timetables, question papers, lab manuals), Notes (2018 & 2021 scheme, organised by branch), Video (subject playlists linking out to the best YouTube content), and Share (contact developers, report a bug, rate the app).

Tested across Android devices from Realme, Samsung, OnePlus and Redmi.

03
03 / 05

Map Me

Responsive web app · Maps & transit
JavaScript Maps API Responsive

A responsive site that maps the route from your location to your destination, then puts every travel option side by side.

It compares OLA, Uber, Rapido, Metro and BMTC, weighing time and distance across driving, walking and cycling — so the "which app is actually faster right now" question has a straight answer.

04
04 / 05

Object Detector

Hardware · Arduino & ultrasonic sensing
Arduino C++ Processing

An object detector built around an ultrasonic sensor and a servo sweep, measuring distance to nearby objects and plotting it live.

Hardware: Arduino UNO, ultrasonic sensor, jumper wires, breadboard, servo motor. Software: Arduino IDE and Processing 4 for the live radar-style display.

05
05 / 05

Digispark ATtiny85

Hardware · USB HID scripting
ATtiny85 C++ USB HID

A small ATtiny85-based microcontroller board with a USB interface, programmed to act as a keyboard.

Set up to open Chrome, run a browse-and-download routine for images, and save them locally — tested on Windows 10, and only useful with a programmable Digispark board.

More builds, experiments and half-finished ideas live on GitHub.

For more amazing and exciting projects, refer to my GitHub.